Masters in Computer Engineering,Computer Engineering in ${country}

With the spread of computing procedures and mathematical ideas into many areas, there is high demand for professionals who are expert in both.

Our Mathematics and Computer Science degrees are mathematical courses orientated towards computing science.

Taught jointly by the Departments of Computing and Mathematics, they provide a firm foundation in mathematics, particularly in pure mathematics, numerical analysis and statistics. They also cover all the essentials of computer science, with an emphasis on developing software, as well as more theoretical topics.

This makes the courses particularly suited to mathematically-able students with interests in both subjects.

Our programme will give you practical skills in software development and interface design, underpinned by a strong grasp of the fundamental principles of IT. We cover programming, software engineering, computer and network design and the theory of computing, as well as multimedia, usability and interaction.

You’ll gain practical experience of building computer systems in progressively more demanding contexts, and develop a deep understanding of how to solve problems using modelling and abstraction techniques. With a flexible curriculum, you’re encouraged to pursue your own interests.

In the final year, you’ll design an individual project based on your own interests and linked to research areas in the School, such as security, big data, computer gaming, interaction design, machine learning, pervasive computing, theoretical computer science, social network analysis or digital audio.

This accredited four-year degree provides training in key and emerging topics such as cyber security, data science and bioinformatics. This ensures you graduate prepared to meet the evolving needs of the industry.

You'll be based in the truly inspiring Urban Sciences Building, and study at a world-leading centre in computing innovation and industry collaboration.

By studying a broad curriculum in your first two years, you'll develop knowledge in different aspects of computing science, and gain highly desirable skills in problem solving, program design and implementation.

From your third year you can specialise in a particular area of computer science or build your own broad based degree.

In Stage 4 you can choose master's-level modules from the MSc in Advanced Computer Science. You'll receive comprehensive research training to help develop your skills in computer and information systems.

This five-year MEng course will develop your engineering skills in computer software and hardware. The key difference between this and a computer science degree is the focus on engineering systems: electromechanical design, robotics and computer programming for embedded systems. You'll also carry out an industrial placement to enhance your employability.

Modules are informed by our world-leading research and designed with input from our industry partners, so you'll have the best start for your career. You'll use industry-standard equipment and learn about state-of-the-art applications in infrastructure, medicine and aviation.

Our courses share a common first year. You'll study subjects that are fundamental to computer systems such as mathematics, computing, control, electronics, software and embedded systems.

Students interested in pursuing the above Dual Master’s Program (DMP) will have initially entered either the M.S.S.I. program or the M.S.E. program in Computer Science, and then apply for the DMP at a later point. A maximum of two courses (approved by the advisors) can be double counted toward each set of course requirements, thereby facilitating the feasibility of completing the DMP in two academic years plus the in-between summer. In such cases, the designation of the double counted courses would be done in conjunction with one advisor from each department and the Academic Program Administrator. Note that there will be separate degrees/diplomas awarded upon completion of each program's requirements.

Take a closer look at the Computer Engineering concentration of the Master of Science in Engineering.

This is a research-intensive, on-campus STEM program with three main objectives:

• Deepen your technical knowledge to match your personal career goals
• Prepare you to advance into leadership positions
• Develop your ability to sustain a life-long career in engineering

The 10-course program includes digital systems design, real-time embedded systems, mobile robotics and virtual reality systems.

Upon completing the MCSE degree, students will be able to:

1. Acquire broad, advanced knowledge in modern computational techniques.
2. Possess skills to identify, formulate, and solve advance technical problems related to one of the focus areas.
3. Communicate technical ideas effectively.